Senior Embedded Controls Engineer

at  Applied EV

OVERVIEW

We are an Australian technology company creating the future of mobility with software-defined driverless transport. To build this new future and respond to growing demand, we are on the hunt to employ fresh thinking, technical minds to join our dynamic team, where we will continue to innovate and thrive together.
Applied EV develops safety-rated, autonomous-ready, digital control systems (Digital Backbone) and modular vehicle platforms (Blanc Robot), for global commercial applications. We are developing the next generation of mobility, where vehicles run entirely on software and are programmable, improving efficiency & sustainability.
www.appliedev.com

REQUIREMENTS

The ideal candidate for this position brings with them:

Essential:

• BS or MS in Electrical Engineering, Computer Engineering, Computer Science, Mechatronics or the equivalent in experience with focus on controls engineering.
• 5+ years of proven experience, in the automotive industry or similar preferred.
• Experience in safety critical software development
• Experience using Matlab/Simulink to create software components in a Model Based Design workflow.
• Experience with plant model creation and simulation.
• Experience with root cause analysis and engineering risk management methods (e.g., FMEA).
• Knowledge of version control (Git).
• Outstanding communication and presentation abilities.
• Fluency in written and verbal communication in English.

Desirable:

• Experience with vehicle dynamics, motion control or ADAS systems.
• Experience working in an agile workflow.
• ISO-26262 and ASPICE knowledge is preferred
• Proficient in embedded C/C++.
• Experience in data analysis.
• Familiarity with communication protocols (CAN, LIN, Ethernet, I2C, SPI).

Working closely with key stakeholders including Lead Software and Systems Engineers, Software Engineering Managers, design and test application-level software to achieve functional, safety and business objectives.

Duties & tasks include:

• Design safety compliant software components to realise specifications and requirements from systems engineering inputs.
• Implement designs in a Model Based Design framework.
• Develop unit tests and support the development of a unit testing framework in a Simulink environment (including plant creation).
• Perform unit tests on implemented software components (MIL and SIL).
• Be involved in the full life-cycle of system/software development from concept through integration, test, and release to vehicles.